NHTSA lists 12 safety recalls covering the 2001 BMW X5. Open recalls don't stop you from selling or junking the car, but check your VIN at nhtsa.gov/recalls to see which apply to yours.
Air BagsOct 2025 · NHTSA campaign 25V748000Park outside / do not drive
BMW of North America, LLC (BMW) is recalling certain 2000-2001 X5 vehicles that may be equipped with a sport steering wheel containing a Takata PSDI-4 air bag inflator. The inflator may explode during deployment due to propellant degradation occurring after long-term exposure to high absolute humidity, temperature, and temperature…
Risk: An inflator explosion may result in sharp metal fragments striking the driver or other occupants, resulting in serious injury or death.
Air BagsJan 2017 · NHTSA campaign 17V047000Park outside / do not drive
BMW of North America, LLC (BMW) is recalling certain 2000-2002 BMW 320i, 323i, 325i, 325xi, 330i, 330xi, 323Ci, 325Ci, 330Ci, M3, 323iT, 325iT and 325xiT vehicles, 2001-2002 525i, 530i, 540i, M5, 525iT and 540iT vehicles, and 2001-2003 X5 3.0i, X5 4.4i, and X5 4.6is vehicles. These vehicles may have had a driver-side air bag module…
Risk: In the event of a crash necessitating deployment of the driver's frontal air bag, the inflator could rupture with metal fragments striking the driver or other occupants resulting in serious injury or death.
Service Brakes, HydraulicJan 2003 · NHTSA campaign 03V001000
On certain sport utility vehicles, it may be possible for the front brake line to slip out of the retaining bracket located at the front strut. The brake hose that is attached to the brake line could come in contact with the tire and be subjected to wear and abrasion.
Risk: This could initially cause some brake fluid leakage, and eventually lead to a substantial loss of brake fluid. There could be a noticeable reduction in brake performance if a loss of front brake performance occurs.
Service Brakes, HydraulicJul 2002 · NHTSA campaign 02V194000
On certain passenger vehicles, due to a manufacturing problem, the brake pedal arm pivot shaft could loosen from its support bracket.
Risk: Eventually, the brake pedal arm could detach from the bracket, rendering the service braking system ineffective, increasing the risk of a crash.
Engine and Engine CoolingMay 2002 · NHTSA campaign 02V138000
On certain passenger vehicles, the engine auxiliary/cooling fan operation, including variable speed, is electronically controlled. Failure of the fan motor can cause the electrical circuitry of the fan control unit to overload and fail, causing the fan to stop operating.
Risk: If this were to occur, engine overheating and subsequent engine damage could result. In addition, it is possible for the failure of the electrical circuitry to cause a fire in the fan control unit located in the front of the engine compartm
Engine and Engine CoolingJun 2001 · NHTSA campaign 01V206000
Vehicle description: passenger vehicles. The engine auxiliary/cooling fan operation, including variable speed, is electronically controlled. Failure of the fan motor can cause the electrical circuitry of the fan control unit to overload and fail, causing the fan to stop operating.
Risk: If this were to occur, engine overheating and subsequent engine damage could result. In addition, it is possible for the failure of the electrical circuitry to cause a fire in the fan control unit located in the front of the engine compartm
Power TrainJun 2001 · NHTSA campaign 01V196000
Vehicle description: 4.4i sport utility vehicles. Over an extended period of time, abrasion particles could deposit on the electrical contacts within the switch, causing a disruption of the electric current through the contacts. If the disruption occurs when the vehicle is stationary with the transmission in the neutral or park…
Risk: If this problem occurs, the ability to maintain speed in traffic and/or accelerate could be greatly diminished, possibly leading to a crash.
Service Brakes, HydraulicJun 2001 · NHTSA campaign 01V197000
Vehicle description: sport utility vehicles. Due to an assembly error, one or both self-locking nuts that secure the pedal assembly to the booster may have been cross-threaded on the booster studs that protrude through the firewall. In such a case, the nut(s) would not be fully seated on the stud(s).
Risk: If this occurred, the effective brake pedal travel could be reduced due to relative movement between the pedal and booster. Braking performance while driving could be adversely affected. In addition, it is possible that the booster could de
SteeringMay 2001 · NHTSA campaign 01V173000
Vehicle description: passenger vehicles. Due to an assembly error during vehicle production, any of the three bolts that secure the pulley to the pump may have been inadequately tightened.
Risk: In such a case, the bolts could ultimately loosen causing the pulley to throw off the drive belt. This would result in the loss of certain engine auxiliary functions, i.e., power steering assist, water pump, or alternator. Steering effort w
SteeringFeb 2001 · NHTSA campaign 01V030000
Vehicle description: passenger vehicles. During assembly of these vehicles, the lower end of the spindle may not have been inserted completely into the coupling. In such a case, the fastening bolt used to secure the connection may not completely engage the spindle within the coupling. During driving, it would be possible for the…
Risk: This could result in a loss of steering capability and increasing the risk of a crash.
SteeringOct 2000 · NHTSA campaign 00V341000
Vehicle description: sport utility vehicles. The nut that secures the axial joint of the left steering tie rod to the steering gear box may have not have been tightened securely. This could lead to loosening of the nut and, initially to steering wheel play and/or misalignment, as well as noise from the steering linkage. If vehicle…
Risk: If this were to occur, loss of steering control could result.
Seat BeltsSep 2000 · NHTSA campaign 00V261000
Vehicle description: sport utility vehicles. The safety belt lower outboard anchorage bolt on the driver's and front passenger's seats may not have been secured properly.
Risk: In the event of a crash, the safety belt system might not be able to provide its maximum restraint function.